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Straight Pattern, Screwed & Bolted Cover & Screwed Female Ends
Flanged Ends to Bs 10 Table H

Design Standard Api 594
Wafer Type Design, To�Take Lesser Space than the Conventional�Check Valve

Permits Flow in One Direction & Closes Automatically if the
Single Piece Design & Meant for Vertical Lines Only

Screwed Female Ends to is 554 / Bs 21 /
Screwed in Bonnet, Meant for Horizontal Lines Only

Flanged Ends to Bs 10 Table H
Two Piece Design, Screwed Male End to Bsp & Asbestos

Trim : Cu-Alloy
Integral Seat

Integral seat
Trim : Cu Alloy

Renewable Disc
Renewable seat

Screwed in Bonnet, Meant for Horizontal Lines Only
Permits Flow in One Direction & Shuts Automatically if the

Flanged Ends to Din 2533 Pn 16Rf.
Flanged Ends to Din 2533 Pn 16Rf

Bolted Cover & Screwed Female Ends to Bspt / Npt
Body & Cover Are Phosphated, to Ensure Maximum Protection from

Bolted Cover & Screwed Female Ends to Bspt / Npt
Design Standard Api 602 / Bs En Iso 15761

Two Piece Design, Flanged Ends to Bs 10 Table H
Screwed Female Ends to Bspt

Flanged Ends to Din 2533 Pn 16Rf
Angle Pattern, Bolted Cover

Minimum Pressure Drop Inside the Body Due to Streamlined Body
Flanged Ends to Din 2533 Pn 16Rf

Design Standard Api 602 / Bs En Iso 15761
Body & Cover Are Phosphated, to Ensure Maximum Protection from

Integral Seat
2 pc design with synthetic rubber O ring

End Details: Flanges as per BS 4504 Part-1/DIN 2545 RF
Trim: Stainless Steel AISI-410

Type of Disc: Renewable Disc
Type of Seat: Renewable

Trim: SS-410
Type of Seat: Renewable

End Details: Flanges as per BS 10 Table F Undrilled
Type of Seat: Renewable

Trim: Body Seat Ring Gun Metal & Seat Ring Rubber
End Details: Flanges as per IS:1538

Hinge Pin: AISI 410 Stainless Steel
End Details: Flanges as per ASME B 16.5 Class-150 R.F.

End Details: Flanges as per ASME B 16.5 Class-150 R.F.
Type of Seat: Renewable Seat

End Details: Flanges as per ASME B 16.5 Class-150 R.F.
Hinge Pin: AISI 410 Stainless Steel

Trim: SS-410
Bolted Cover

Type of Seat: Renewable
Trim: Stainless Steel AISI-410

Trim: SS-410
Bolted Cover

Type of Seat: Renewable
Trim: Stainless Steel AISI-410

Flanged Ends to Bs 10 Table �H� & Straight Pattern,
Screwed Female Ends to Bspt


Integral Seat
Screwed in Cover



2 pc design with synthetic rubber O ring
Integral Seat




Screwed in Cover
Trim : Cu-Alloy

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Most Recent Review
good
good
Subhankar | Apr 20, 2026
Check and foot valves are efficient in checking backflow within wastewater lines, sewage lift stations, ejector systems and disposal lines. At Moglix, we present an assorted range of check and foot valves to ensure the efficient management of sewage systems. The horizontal check valves that we offer as a part of this range are manufactured from renewable 13cr stainless steel(AISI 410) and comes with a metal disc which is mushroom shaped with a spherical seating surface. The disc is guided in the body of these valves. They permit flow in one direction and shut immediately in case the flow is reversed. At Moglix, we believe that product quality is a major factor in creating a high level of trust among buyer. Therefore, we have sourced the latest range of check and foot valves from well-known brands like Sant, WJ, Zoloto etc. At Moglix, our main aim is to make the buying process a convenient and time saving one for our clients. Therefore, we have created relationships with suppliers from different parts of the world. We also deal in lightings and luminaries, cutting & machining tools, measurement & testing tools, power tools, safety products etc as a part of our category. To bag the best deals on check & foot valves, select from the new range offered by Moglix.
What is a 3-way check valve?
A 3-way check valve controls fluid flow in three directions. It typically has one inlet and two outlets, or vice-versa, allowing for diversion or mixing of fluids based on pressure.
What is a check valve used for?
A check valve, also known as a non-return valve, is crucial for preventing backflow in pipelines. It automatically opens to allow fluid in one direction and closes to stop it from flowing backward, ensuring system integrity and preventing damage.
What is the principle of check valve?
Check valves operate on a simple principle: they allow fluid to flow in only one direction. A mechanism, like a disc or ball, opens with forward flow and closes automatically when flow reverses, preventing backflow.